LOC109030277 cDNA ORF clone, Bemisia tabaci

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC109030277
Entrez Gene ID	109030277
Full Name	ral GTPase-activating protein subunit alpha-1
Gene Type	protein-coding
Organism	Bemisia tabaci

mRNA and Protein(s)

mRNA	Protein	Name
XM_019041162.1	XP_018896707.1	ral GTPase-activating protein subunit alpha-1 isoform X2
XM_019041161.1	XP_018896706.1	ral GTPase-activating protein subunit alpha-1 isoform X1

Pathways from BioSystems
Gene Ontology

The following LOC109030277 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC109030277 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OBe04238	XM_019041161.1 Latest version!	Bemisia tabaci ral GTPase-activating protein subunit alpha-1 (LOC109030277), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OBe04239	XM_019041162.1 Latest version!	Bemisia tabaci ral GTPase-activating protein subunit alpha-1 (LOC109030277), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

LOC109030277 ( XM_019041161.1 ) cDNA ORF clone, Bemisia tabaci -> XP_018896706.1 Bemisia tabaci ral GTPase-activating protein subunit alpha-1 (LOC109030277), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OBe04238
Clone ID Related Accession (Same CDS sequence)	XM_019041161.1
Accession Version	XM_019041161.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4995bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-11-08
Organism	Bemisia tabaci
Product	ral GTPase-activating protein subunit alpha-1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017547167.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Bemisia tabaci Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTCGGGA AAAAAGCACA TGGTGACATC AAGAAGTCTA CAATCAAAAT ACAAGACTTG 
AAGAAGGACA ACGCCACTCG TTTTAAGCAT CTTCGAGCCG TCATAGATCA TGGTGATGTG 
AAGGAAGTTA AGTCTATTCT AGAGACAAAC TACAGCCATG CTTATTCCAT CCTGTATGAT 
AGTTTCATCA TTGCCGAGAC TAACTTAAAA CAAAGAGAAC TTACATTCCA TCTAGTTCAC 
AAAGCTCAGA AAGAGGAATT AGAAGGAGTC CTGTATGTGT TAGATAGGAT TTTAATCTTG 
TGTCCTGAAC TACTATCAAA AAGATGGCAA GTTCACAGTC TGACTCGAAT GTTGACCAAA 
TTGCTTCATC CCAACAATTC TTGGAAGCTG AGACGAGAAG CTATCCGGTA TTTTATCATC 
TGGTATCAAA TTCTGGGAGA AAATGCACCA GATTGGGTCC ATGCTATTTT CGCAACATTG 
ATACCCGGCT TTCCGAGTCC AATCGAAGGT CAACTCGGCT TGACTGCTCT CACTTTAACA 
TCCACTTCAA CTGTTTTCCA TGACTCCCAT GCAGAGCCTG TCACAGATGT TGAGGTGACA 
CCAATTTTTC CCCCCCAAAG TGGAGAGAAA CAACCAGATG ATCCGATGCG ATTTTTCCTA 
GAGGCTCTAC TCGAATATAT GGTTACTCAG ATCTGCCGAA TAGAATGGAA AGACAAATTC 
TACCGCCAGT TCAAATGCTT CACATTTCTT CTTGATAAAT TTAAGCAGTA TTATCAACCT 
TTAATTTTTC CAGAATTCCT TCACACCACC AGTGTTTACA AACCAATTCT TGAGCTACCC 
AACTTGCGAC CCATGAGCCG GACAGATGAA TTTGTCGGAT GTCGAGTAGC AGTCATAAAG 
TGGATTGCCA GCTTTACACA ACCGTCGCGA CCTTCACCTT TTCCAAAAAA TCCTAGTGAG 
AGCGAAAATG ATGCTGCAGA ACAGAAAAAG TCCGTATCCT CAATTGATGA CGTTCAAGGA 
TCTTCTACAT CACCAATGAA TGATATCCAA CATTGTGTGG AAATTGTACG AGAAGTTCTG 
TTCGGGTCCC GAGAAAACAT CAATTTTATG CATGAAGTAC TGAGGCAAGC CTTCCTCCTT 
CCATTCACTC ATGCTCCAGC TATCCGGCGT TCGATAGCGG TCTACAAAGA ATGGGTGCAG 
ATGAAACCTA GCGAGATGCC TGGATTCATG TTGGAGCCAC CGGCTACAAA AACTGATCAT 
TCTGAGGGAG AAGATTTTTA CCGAAGGCTT CGAAATGACT CCTACATTGG TGCCATGCAA 
CATTCAAACT TACACATTCG AGCAGGATAT CAGAAAACCC TACAAGTTAT AATGACACAT 
GCTGGTCATC TTTTTCTACA AACCGTTTCA TCAGATTACC CAATCCTGCT TGAAGAACAG 
ACTGACGCCT GCAAAAAAGT CTTAAACATC TATCGGTATA TGGTTATGCA TGTTCATATG 
GAACAAGCTA GCTGGGAGCA GTTGTTAACA GTTCTGTTAA AATTGACCTC TCTCATATTT 
TCCAAAACAC CACCTCGGAA AAAAAGTGAT ACATTAGCTG GAAAGTTAGC ATCAGTCATT 
TTTCAGACTT TATTAGTGAC CTGGATTAAA GCAAACTTGA ATGTGGTCAT TTCAAGCTCT 
CTTTGGGACA GATTACTGGC AGTATTATCC TGTCTAACCC AGTGGGAAGA ACTCATCAAA 
GAGTGGGCTA AAACCTTGGA AACACTCACC AGAGTTCTGG CGAGGCATGT TTATCAGTTA 
GACTTAAGTG ACCTTCCTTT AGATAGACCG TCGGAACATA GGGCTCGACG ACATCGCAGA 
CCACCTTCTC CCACAAGGAG GAATGTGAAT AATACTCTTC AGAACCCTTC TTCAGTCAGT 
GATAATCATA GCATAGATGG AAGTCCCGCC AACACAACCA AAGAAGTAAT CGAATCCAGG 
CCAGCCAATC TAAGTCGCTC TGTTAGTGAT AGTAATTTAC TTTTGTTATT ACAAAATCAA 
GACAACATGC CAAAGAGCAC AAATCAAAAA CTATGGAGAG CTTCATCTTT AGATTCATTT 
AAAGTTAAGA AAAATGGAGG AACTAGAACT TCAAGGTCTC CCTCTCCCGC ACCTTCGAAT 
GGTCTAGAAA GTAACTCTCC AGTACAAATA GATGTTCTAG CAACTGATAA TGTGCCGTCA 
GATTCTGGTG GTGGTCGCTC TGTCATGTCC GGTGGTTCGT TGCGAGGTTG GCTTCCGGAT 
GTCGCAAGTG TACTATGGCG GCGTATGTTA GGCGTCCTGG GTGATATCAA TCAGCTGAAG 
GATCCAGCTC TCCACAGCCT TGTGTTTCAG CAATTAGTCA ATTTATGCAA CACTCTTGAG 
AAGATAAGAA AAAATCAAGG TCTTGCAGCT GACACTCCAG CCAATGCAGC CTCAACTCCC 
CCACCAGATC TCACTATTAT AGCTCCTTGG TGCTTCCAGG CTTTGAACCT TCCTGAAACG 
TATCGGCAAG GCCAAGTGAA AGCATATAAA TTGTTATGTT TAATGACTTT TTCCATTCCG 
TCCTCATCAT TGCCACCTCT CCATTTGGCT AGTTTTTACA AAGTTCTTCA TCAAGCCCTC 
ACTGCTTCGG ATAGGAGTAT CGTAAATACT GTTATAAGTG AGATGGGTCC ACGAATTCTG 
TCGCGGCAAC CTCCTGGTTT CACCCTCCTC CTCTTGGATT TAATTTTTGC AGCAGATCGA 
GTTCTATCTA GTGCGGATAT CAGGACTGCA CCAAGAACGG AAGCTATGTC AATTTTAGGC 
TCTCTCTTGA GCCTCCCTGA CTCCCTTTTC AAGTTACGAG CATTCCAACC TGTTCCCAAT 
CAGTTTTGCA CCGTTGTTTT TCCTGATGCT AAGGACCAAA TTGTTAATTT ACTGCTGCAG 
TACGGTAGAA GTGAACCAAC AACGGAAGCA AGATGTGTTG CTTTATCCAG TCTTGGAGTT 
TTTCTGTATC AAAAACTCTC GGAAGGCAAC AACCATCCTG AAATCAGAAA TGCCTTAGAT 
GTATTACTGC ATTCCTTAAA TTCTAAAGAA GATACCGTAG CCCATATTGC CTGTGATGTC 
ATATTACTTC TCTGTGATCA TGCCTCAACA TTCCATCCAG CCATCCCTCC TGTGATTGTT 
CAGGCTGTGG CAAGCACCCT GGCCAGTCTA GGAGGAGGCC GAACAAAATT AGCCGCAGCA 
TTGGTATTTT GTCTAGGAGA ATGGACCATG CATTTATCCG GGCTTGCTCC TCCTTTACTT 
GAAGCCATTT TCAAAGTCCT CACCAACATT GTTCTGGAAT CGCCAAATCA TCTGAACAAT 
TCTGCACATA TTGCTGCTAA AATGGTCATC GGACATTTAG TAAATCAGTT GGGTCACTTT 
CCAATGGCAG GCGACCGGCT ATGCTCACAG GTGAGCGAGC AAGATGATGT TCCTGGTCTC 
ACAGGAGTTA ATCAAATCCT TGATGCTTTA AACATTCAAC TGTTTGTCAC CAATTCAGCT 
CACACTGTTT CCTTCATAGA ATTACCCCCA CTGGAAGTCC CCGGCGGTGG TCCCACTGCA 
GATCTGATCA CTGCACCAGC ACAAGTTCGC GTTATTCTTC GTGACCTTAA CGGCAAGTCA 
TCTTGGGATG CATCAGTCCT CTACGCGGTT CCGGATTCGA TCCAAAGAGT GGTAATCCAA 
CCAAAGTGGC CAACGGAAGA GAATACTTTC AGCCTGTGCG CAGTCAACAA TGCACCTCAG 
CACACTTTGC GCAGCCGACT TCACAATATT CTGCCGACTG TTTGTAATTC CGCTCCCGAT 
TTGGACAATC TGAACGATCT GCTTCAATAC GTTGAGTATA CGAGTCCTGA GTGCGCCAAC 
GCAACCGAGC CGTTGAACTC GTCGGTTGAG TTGGAGCAAG AAACGATGAG TGCCATCCTG 
GGCCAGCGGT TCAGTAACCA AGATAAGCTT CACCTCAGTC AGACTGTTCC GGGGGATCTA 
AGACTGCCCA AGAACGAGAC CAATGTCTTT CAGTATTGCC GGCTTTTCGG CTCCCAGCTT 
GGTTTTGCTT CATCACCTCA GAGGGCGAAT TTATTCCTTC TGAGTAGAAC TGAGAAGTTG 
ATCCGTGAGC TGCGAAATTT AGATAATCAA ATGTGCAGGG AAACTCATAA AATTGCTGTG 
ATTTACGTTG GTGATGGGCA GGAGAATAAA GATGTCATTC TGTCGAATTG TGGTGGGAGT 
GCTGCGTACG AGCAATTTAT ATCACAACTT GCTTGGGAAG TGCAACTAGA CTCACACACA 
GGATTTATGG GCGGTTTGCA GCCGAGTCCA AGTACTGCGC CTTACTTTGC GACCTCTTTG 
ACAGAAGCTA TTTTTCATGT CGCTACGAGG ATGCCAAACG ACACAATTCA TAATAAGACG 
AGGCATCTAG GAAACGATGA AGTTCACATT GTTTGGTGCG AACATAGTCG AGATTACAGG 
CGTTCAGTCA TTCCTACGGA GTTTTGTGAT GTTCTGATAG TAATCTACCC TCTTCCTTAC 
CATCTGTTTC GTGTAACCAT CTCCCGTAAA CCTGAGATTC CACTGTGTGG GCCCCTATGG 
GACGAAGCTG TTGTCAGTAT GACTGTTTTA GCTGGCCTTA TTCGGGCAAC TGCTTTCAGT 
GCTTCACGTG CTAAACGATC CACGCTGTCA TTCTATCAGC ATCATTATGA AGAACGTTGG 
AGGTCTTTAG AGACAGTACT AAGAAATCAC AAAAATCTCA CAACATTCGA AGAATTCTCA 
TCTCAGTTAT TTGCACCAAA AACTCCAGCT CAAAATCCTG AGTCTTTCTC CATTCCTTCA 
TCTGAGCATA TTGGGAGATT AAGCAAAGGT CCTGCTCCAG ATTTTGTAGA CGAGAATCAT 
ACGGTCGGTA TCTCTCCCCG CCCGATGAAA AAGCTTTCTG TCAGGGTGTC TCTCGATGGC 
TCTAAGCTGA AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_018896706.1
CDS	607..5601
Translation	MFGKKAHGDIKKSTIKIQDLKKDNATRFKHLRAVIDHGDVKEVKSILETNYSHAYSILYDSFIIAETNLKQRELTFHLVHKAQKEELEGVLYVLDRILILCPELLSKRWQVHSLTRMLTKLLHPNNSWKLRREAIRYFIIWYQILGENAPDWVHAIFATLIPGFPSPIEGQLGLTALTLTSTSTVFHDSHAEPVTDVEVTPIFPPQSGEKQPDDPMRFFLEALLEYMVTQICRIEWKDKFYRQFKCFTFLLDKFKQYYQPLIFPEFLHTTSVYKPILELPNLRPMSRTDEFVGCRVAVIKWIASFTQPSRPSPFPKNPSESENDAAEQKKSVSSIDDVQGSSTSPMNDIQHCVEIVREVLFGSRENINFMHEVLRQAFLLPFTHAPAIRRSIAVYKEWVQMKPSEMPGFMLEPPATKTDHSEGEDFYRRLRNDSYIGAMQHSNLHIRAGYQKTLQVIMTHAGHLFLQTVSSDYPILLEEQTDACKKVLNIYRYMVMHVHMEQASWEQLLTVLLKLTSLIFSKTPPRKKSDTLAGKLASVIFQTLLVTWIKANLNVVISSSLWDRLLAVLSCLTQWEELIKEWAKTLETLTRVLARHVYQLDLSDLPLDRPSEHRARRHRRPPSPTRRNVNNTLQNPSSVSDNHSIDGSPANTTKEVIESRPANLSRSVSDSNLLLLLQNQDNMPKSTNQKLWRASSLDSFKVKKNGGTRTSRSPSPAPSNGLESNSPVQIDVLATDNVPSDSGGGRSVMSGGSLRGWLPDVASVLWRRMLGVLGDINQLKDPALHSLVFQQLVNLCNTLEKIRKNQGLAADTPANAASTPPPDLTIIAPWCFQALNLPETYRQGQVKAYKLLCLMTFSIPSSSLPPLHLASFYKVLHQALTASDRSIVNTVISEMGPRILSRQPPGFTLLLLDLIFAADRVLSSADIRTAPRTEAMSILGSLLSLPDSLFKLRAFQPVPNQFCTVVFPDAKDQIVNLLLQYGRSEPTTEARCVALSSLGVFLYQKLSEGNNHPEIRNALDVLLHSLNSKEDTVAHIACDVILLLCDHASTFHPAIPPVIVQAVASTLASLGGGRTKLAAALVFCLGEWTMHLSGLAPPLLEAIFKVLTNIVLESPNHLNNSAHIAAKMVIGHLVNQLGHFPMAGDRLCSQVSEQDDVPGLTGVNQILDALNIQLFVTNSAHTVSFIELPPLEVPGGGPTADLITAPAQVRVILRDLNGKSSWDASVLYAVPDSIQRVVIQPKWPTEENTFSLCAVNNAPQHTLRSRLHNILPTVCNSAPDLDNLNDLLQYVEYTSPECANATEPLNSSVELEQETMSAILGQRFSNQDKLHLSQTVPGDLRLPKNETNVFQYCRLFGSQLGFASSPQRANLFLLSRTEKLIRELRNLDNQMCRETHKIAVIYVGDGQENKDVILSNCGGSAAYEQFISQLAWEVQLDSHTGFMGGLQPSPSTAPYFATSLTEAIFHVATRMPNDTIHNKTRHLGNDEVHIVWCEHSRDYRRSVIPTEFCDVLIVIYPLPYHLFRVTISRKPEIPLCGPLWDEAVVSMTVLAGLIRATAFSASRAKRSTLSFYQHHYEERWRSLETVLRNHKNLTTFEEFSSQLFAPKTPAQNPESFSIPSSEHIGRLSKGPAPDFVDENHTVGISPRPMKKLSVRVSLDGSKLK

Target ORF information:

RefSeq Version	XM_019041161.1
Organism	Bemisia tabaci
Definition	Bemisia tabaci ral GTPase-activating protein subunit alpha-1 (LOC109030277), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_019041161.1

ORF Insert Sequence:

ATGTTCGGGA AAAAAGCACA TGGTGACATC AAGAAGTCTA CAATCAAAAT ACAAGACTTG 
AAGAAGGACA ACGCCACTCG TTTTAAGCAT CTTCGAGCCG TCATAGATCA TGGTGATGTG 
AAGGAAGTTA AGTCTATTCT AGAGACAAAC TACAGCCATG CTTATTCCAT CCTGTATGAT 
AGTTTCATCA TTGCCGAGAC TAACTTAAAA CAAAGAGAAC TTACATTCCA TCTAGTTCAC 
AAAGCTCAGA AAGAGGAATT AGAAGGAGTC CTGTATGTGT TAGATAGGAT TTTAATCTTG 
TGTCCTGAAC TACTATCAAA AAGATGGCAA GTTCACAGTC TGACTCGAAT GTTGACCAAA 
TTGCTTCATC CCAACAATTC TTGGAAGCTG AGACGAGAAG CTATCCGGTA TTTTATCATC 
TGGTATCAAA TTCTGGGAGA AAATGCACCA GATTGGGTCC ATGCTATTTT CGCAACATTG 
ATACCCGGCT TTCCGAGTCC AATCGAAGGT CAACTCGGCT TGACTGCTCT CACTTTAACA 
TCCACTTCAA CTGTTTTCCA TGACTCCCAT GCAGAGCCTG TCACAGATGT TGAGGTGACA 
CCAATTTTTC CCCCCCAAAG TGGAGAGAAA CAACCAGATG ATCCGATGCG ATTTTTCCTA 
GAGGCTCTAC TCGAATATAT GGTTACTCAG ATCTGCCGAA TAGAATGGAA AGACAAATTC 
TACCGCCAGT TCAAATGCTT CACATTTCTT CTTGATAAAT TTAAGCAGTA TTATCAACCT 
TTAATTTTTC CAGAATTCCT TCACACCACC AGTGTTTACA AACCAATTCT TGAGCTACCC 
AACTTGCGAC CCATGAGCCG GACAGATGAA TTTGTCGGAT GTCGAGTAGC AGTCATAAAG 
TGGATTGCCA GCTTTACACA ACCGTCGCGA CCTTCACCTT TTCCAAAAAA TCCTAGTGAG 
AGCGAAAATG ATGCTGCAGA ACAGAAAAAG TCCGTATCCT CAATTGATGA CGTTCAAGGA 
TCTTCTACAT CACCAATGAA TGATATCCAA CATTGTGTGG AAATTGTACG AGAAGTTCTG 
TTCGGGTCCC GAGAAAACAT CAATTTTATG CATGAAGTAC TGAGGCAAGC CTTCCTCCTT 
CCATTCACTC ATGCTCCAGC TATCCGGCGT TCGATAGCGG TCTACAAAGA ATGGGTGCAG 
ATGAAACCTA GCGAGATGCC TGGATTCATG TTGGAGCCAC CGGCTACAAA AACTGATCAT 
TCTGAGGGAG AAGATTTTTA CCGAAGGCTT CGAAATGACT CCTACATTGG TGCCATGCAA 
CATTCAAACT TACACATTCG AGCAGGATAT CAGAAAACCC TACAAGTTAT AATGACACAT 
GCTGGTCATC TTTTTCTACA AACCGTTTCA TCAGATTACC CAATCCTGCT TGAAGAACAG 
ACTGACGCCT GCAAAAAAGT CTTAAACATC TATCGGTATA TGGTTATGCA TGTTCATATG 
GAACAAGCTA GCTGGGAGCA GTTGTTAACA GTTCTGTTAA AATTGACCTC TCTCATATTT 
TCCAAAACAC CACCTCGGAA AAAAAGTGAT ACATTAGCTG GAAAGTTAGC ATCAGTCATT 
TTTCAGACTT TATTAGTGAC CTGGATTAAA GCAAACTTGA ATGTGGTCAT TTCAAGCTCT 
CTTTGGGACA GATTACTGGC AGTATTATCC TGTCTAACCC AGTGGGAAGA ACTCATCAAA 
GAGTGGGCTA AAACCTTGGA AACACTCACC AGAGTTCTGG CGAGGCATGT TTATCAGTTA 
GACTTAAGTG ACCTTCCTTT AGATAGACCG TCGGAACATA GGGCTCGACG ACATCGCAGA 
CCACCTTCTC CCACAAGGAG GAATGTGAAT AATACTCTTC AGAACCCTTC TTCAGTCAGT 
GATAATCATA GCATAGATGG AAGTCCCGCC AACACAACCA AAGAAGTAAT CGAATCCAGG 
CCAGCCAATC TAAGTCGCTC TGTTAGTGAT AGTAATTTAC TTTTGTTATT ACAAAATCAA 
GACAACATGC CAAAGAGCAC AAATCAAAAA CTATGGAGAG CTTCATCTTT AGATTCATTT 
AAAGTTAAGA AAAATGGAGG AACTAGAACT TCAAGGTCTC CCTCTCCCGC ACCTTCGAAT 
GGTCTAGAAA GTAACTCTCC AGTACAAATA GATGTTCTAG CAACTGATAA TGTGCCGTCA 
GATTCTGGTG GTGGTCGCTC TGTCATGTCC GGTGGTTCGT TGCGAGGTTG GCTTCCGGAT 
GTCGCAAGTG TACTATGGCG GCGTATGTTA GGCGTCCTGG GTGATATCAA TCAGCTGAAG 
GATCCAGCTC TCCACAGCCT TGTGTTTCAG CAATTAGTCA ATTTATGCAA CACTCTTGAG 
AAGATAAGAA AAAATCAAGG TCTTGCAGCT GACACTCCAG CCAATGCAGC CTCAACTCCC 
CCACCAGATC TCACTATTAT AGCTCCTTGG TGCTTCCAGG CTTTGAACCT TCCTGAAACG 
TATCGGCAAG GCCAAGTGAA AGCATATAAA TTGTTATGTT TAATGACTTT TTCCATTCCG 
TCCTCATCAT TGCCACCTCT CCATTTGGCT AGTTTTTACA AAGTTCTTCA TCAAGCCCTC 
ACTGCTTCGG ATAGGAGTAT CGTAAATACT GTTATAAGTG AGATGGGTCC ACGAATTCTG 
TCGCGGCAAC CTCCTGGTTT CACCCTCCTC CTCTTGGATT TAATTTTTGC AGCAGATCGA 
GTTCTATCTA GTGCGGATAT CAGGACTGCA CCAAGAACGG AAGCTATGTC AATTTTAGGC 
TCTCTCTTGA GCCTCCCTGA CTCCCTTTTC AAGTTACGAG CATTCCAACC TGTTCCCAAT 
CAGTTTTGCA CCGTTGTTTT TCCTGATGCT AAGGACCAAA TTGTTAATTT ACTGCTGCAG 
TACGGTAGAA GTGAACCAAC AACGGAAGCA AGATGTGTTG CTTTATCCAG TCTTGGAGTT 
TTTCTGTATC AAAAACTCTC GGAAGGCAAC AACCATCCTG AAATCAGAAA TGCCTTAGAT 
GTATTACTGC ATTCCTTAAA TTCTAAAGAA GATACCGTAG CCCATATTGC CTGTGATGTC 
ATATTACTTC TCTGTGATCA TGCCTCAACA TTCCATCCAG CCATCCCTCC TGTGATTGTT 
CAGGCTGTGG CAAGCACCCT GGCCAGTCTA GGAGGAGGCC GAACAAAATT AGCCGCAGCA 
TTGGTATTTT GTCTAGGAGA ATGGACCATG CATTTATCCG GGCTTGCTCC TCCTTTACTT 
GAAGCCATTT TCAAAGTCCT CACCAACATT GTTCTGGAAT CGCCAAATCA TCTGAACAAT 
TCTGCACATA TTGCTGCTAA AATGGTCATC GGACATTTAG TAAATCAGTT GGGTCACTTT 
CCAATGGCAG GCGACCGGCT ATGCTCACAG GTGAGCGAGC AAGATGATGT TCCTGGTCTC 
ACAGGAGTTA ATCAAATCCT TGATGCTTTA AACATTCAAC TGTTTGTCAC CAATTCAGCT 
CACACTGTTT CCTTCATAGA ATTACCCCCA CTGGAAGTCC CCGGCGGTGG TCCCACTGCA 
GATCTGATCA CTGCACCAGC ACAAGTTCGC GTTATTCTTC GTGACCTTAA CGGCAAGTCA 
TCTTGGGATG CATCAGTCCT CTACGCGGTT CCGGATTCGA TCCAAAGAGT GGTAATCCAA 
CCAAAGTGGC CAACGGAAGA GAATACTTTC AGCCTGTGCG CAGTCAACAA TGCACCTCAG 
CACACTTTGC GCAGCCGACT TCACAATATT CTGCCGACTG TTTGTAATTC CGCTCCCGAT 
TTGGACAATC TGAACGATCT GCTTCAATAC GTTGAGTATA CGAGTCCTGA GTGCGCCAAC 
GCAACCGAGC CGTTGAACTC GTCGGTTGAG TTGGAGCAAG AAACGATGAG TGCCATCCTG 
GGCCAGCGGT TCAGTAACCA AGATAAGCTT CACCTCAGTC AGACTGTTCC GGGGGATCTA 
AGACTGCCCA AGAACGAGAC CAATGTCTTT CAGTATTGCC GGCTTTTCGG CTCCCAGCTT 
GGTTTTGCTT CATCACCTCA GAGGGCGAAT TTATTCCTTC TGAGTAGAAC TGAGAAGTTG 
ATCCGTGAGC TGCGAAATTT AGATAATCAA ATGTGCAGGG AAACTCATAA AATTGCTGTG 
ATTTACGTTG GTGATGGGCA GGAGAATAAA GATGTCATTC TGTCGAATTG TGGTGGGAGT 
GCTGCGTACG AGCAATTTAT ATCACAACTT GCTTGGGAAG TGCAACTAGA CTCACACACA 
GGATTTATGG GCGGTTTGCA GCCGAGTCCA AGTACTGCGC CTTACTTTGC GACCTCTTTG 
ACAGAAGCTA TTTTTCATGT CGCTACGAGG ATGCCAAACG ACACAATTCA TAATAAGACG 
AGGCATCTAG GAAACGATGA AGTTCACATT GTTTGGTGCG AACATAGTCG AGATTACAGG 
CGTTCAGTCA TTCCTACGGA GTTTTGTGAT GTTCTGATAG TAATCTACCC TCTTCCTTAC 
CATCTGTTTC GTGTAACCAT CTCCCGTAAA CCTGAGATTC CACTGTGTGG GCCCCTATGG 
GACGAAGCTG TTGTCAGTAT GACTGTTTTA GCTGGCCTTA TTCGGGCAAC TGCTTTCAGT 
GCTTCACGTG CTAAACGATC CACGCTGTCA TTCTATCAGC ATCATTATGA AGAACGTTGG 
AGGTCTTTAG AGACAGTACT AAGAAATCAC AAAAATCTCA CAACATTCGA AGAATTCTCA 
TCTCAGTTAT TTGCACCAAA AACTCCAGCT CAAAATCCTG AGTCTTTCTC CATTCCTTCA 
TCTGAGCATA TTGGGAGATT AAGCAAAGGT CCTGCTCCAG ATTTTGTAGA CGAGAATCAT 
ACGGTCGGTA TCTCTCCCCG CCCGATGAAA AAGCTTTCTG TCAGGGTGTC TCTCGATGGC 
TCTAAGCTGA AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC109030277 ( XM_019041162.1 ) cDNA ORF clone, Bemisia tabaci -> XP_018896707.1 Bemisia tabaci ral GTPase-activating protein subunit alpha-1 (LOC109030277), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OBe04239
Clone ID Related Accession (Same CDS sequence)	XM_019041162.1
Accession Version	XM_019041162.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4977bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-11-08
Organism	Bemisia tabaci
Product	ral GTPase-activating protein subunit alpha-1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017547167.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Bemisia tabaci Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTCGGGA AAAAAGCACA TGGTGACATC AAGAAGTCTA CAATCAAAAT ACAAGACTTG 
AAGAAGGACA ACGCCACTCG TTTTAAGCAT CTTCGAGCCG TCATAGATCA TGGTGATGTG 
AAGGAAGTTA AGTCTATTCT AGAGACAAAC TACAGCCATG CTTATTCCAT CCTGTATGAT 
AGTTTCATCA TTGCCGAGAC TAACTTAAAA CAAAGAGTTC ACAAAGCTCA GAAAGAGGAA 
TTAGAAGGAG TCCTGTATGT GTTAGATAGG ATTTTAATCT TGTGTCCTGA ACTACTATCA 
AAAAGATGGC AAGTTCACAG TCTGACTCGA ATGTTGACCA AATTGCTTCA TCCCAACAAT 
TCTTGGAAGC TGAGACGAGA AGCTATCCGG TATTTTATCA TCTGGTATCA AATTCTGGGA 
GAAAATGCAC CAGATTGGGT CCATGCTATT TTCGCAACAT TGATACCCGG CTTTCCGAGT 
CCAATCGAAG GTCAACTCGG CTTGACTGCT CTCACTTTAA CATCCACTTC AACTGTTTTC 
CATGACTCCC ATGCAGAGCC TGTCACAGAT GTTGAGGTGA CACCAATTTT TCCCCCCCAA 
AGTGGAGAGA AACAACCAGA TGATCCGATG CGATTTTTCC TAGAGGCTCT ACTCGAATAT 
ATGGTTACTC AGATCTGCCG AATAGAATGG AAAGACAAAT TCTACCGCCA GTTCAAATGC 
TTCACATTTC TTCTTGATAA ATTTAAGCAG TATTATCAAC CTTTAATTTT TCCAGAATTC 
CTTCACACCA CCAGTGTTTA CAAACCAATT CTTGAGCTAC CCAACTTGCG ACCCATGAGC 
CGGACAGATG AATTTGTCGG ATGTCGAGTA GCAGTCATAA AGTGGATTGC CAGCTTTACA 
CAACCGTCGC GACCTTCACC TTTTCCAAAA AATCCTAGTG AGAGCGAAAA TGATGCTGCA 
GAACAGAAAA AGTCCGTATC CTCAATTGAT GACGTTCAAG GATCTTCTAC ATCACCAATG 
AATGATATCC AACATTGTGT GGAAATTGTA CGAGAAGTTC TGTTCGGGTC CCGAGAAAAC 
ATCAATTTTA TGCATGAAGT ACTGAGGCAA GCCTTCCTCC TTCCATTCAC TCATGCTCCA 
GCTATCCGGC GTTCGATAGC GGTCTACAAA GAATGGGTGC AGATGAAACC TAGCGAGATG 
CCTGGATTCA TGTTGGAGCC ACCGGCTACA AAAACTGATC ATTCTGAGGG AGAAGATTTT 
TACCGAAGGC TTCGAAATGA CTCCTACATT GGTGCCATGC AACATTCAAA CTTACACATT 
CGAGCAGGAT ATCAGAAAAC CCTACAAGTT ATAATGACAC ATGCTGGTCA TCTTTTTCTA 
CAAACCGTTT CATCAGATTA CCCAATCCTG CTTGAAGAAC AGACTGACGC CTGCAAAAAA 
GTCTTAAACA TCTATCGGTA TATGGTTATG CATGTTCATA TGGAACAAGC TAGCTGGGAG 
CAGTTGTTAA CAGTTCTGTT AAAATTGACC TCTCTCATAT TTTCCAAAAC ACCACCTCGG 
AAAAAAAGTG ATACATTAGC TGGAAAGTTA GCATCAGTCA TTTTTCAGAC TTTATTAGTG 
ACCTGGATTA AAGCAAACTT GAATGTGGTC ATTTCAAGCT CTCTTTGGGA CAGATTACTG 
GCAGTATTAT CCTGTCTAAC CCAGTGGGAA GAACTCATCA AAGAGTGGGC TAAAACCTTG 
GAAACACTCA CCAGAGTTCT GGCGAGGCAT GTTTATCAGT TAGACTTAAG TGACCTTCCT 
TTAGATAGAC CGTCGGAACA TAGGGCTCGA CGACATCGCA GACCACCTTC TCCCACAAGG 
AGGAATGTGA ATAATACTCT TCAGAACCCT TCTTCAGTCA GTGATAATCA TAGCATAGAT 
GGAAGTCCCG CCAACACAAC CAAAGAAGTA ATCGAATCCA GGCCAGCCAA TCTAAGTCGC 
TCTGTTAGTG ATAGTAATTT ACTTTTGTTA TTACAAAATC AAGACAACAT GCCAAAGAGC 
ACAAATCAAA AACTATGGAG AGCTTCATCT TTAGATTCAT TTAAAGTTAA GAAAAATGGA 
GGAACTAGAA CTTCAAGGTC TCCCTCTCCC GCACCTTCGA ATGGTCTAGA AAGTAACTCT 
CCAGTACAAA TAGATGTTCT AGCAACTGAT AATGTGCCGT CAGATTCTGG TGGTGGTCGC 
TCTGTCATGT CCGGTGGTTC GTTGCGAGGT TGGCTTCCGG ATGTCGCAAG TGTACTATGG 
CGGCGTATGT TAGGCGTCCT GGGTGATATC AATCAGCTGA AGGATCCAGC TCTCCACAGC 
CTTGTGTTTC AGCAATTAGT CAATTTATGC AACACTCTTG AGAAGATAAG AAAAAATCAA 
GGTCTTGCAG CTGACACTCC AGCCAATGCA GCCTCAACTC CCCCACCAGA TCTCACTATT 
ATAGCTCCTT GGTGCTTCCA GGCTTTGAAC CTTCCTGAAA CGTATCGGCA AGGCCAAGTG 
AAAGCATATA AATTGTTATG TTTAATGACT TTTTCCATTC CGTCCTCATC ATTGCCACCT 
CTCCATTTGG CTAGTTTTTA CAAAGTTCTT CATCAAGCCC TCACTGCTTC GGATAGGAGT 
ATCGTAAATA CTGTTATAAG TGAGATGGGT CCACGAATTC TGTCGCGGCA ACCTCCTGGT 
TTCACCCTCC TCCTCTTGGA TTTAATTTTT GCAGCAGATC GAGTTCTATC TAGTGCGGAT 
ATCAGGACTG CACCAAGAAC GGAAGCTATG TCAATTTTAG GCTCTCTCTT GAGCCTCCCT 
GACTCCCTTT TCAAGTTACG AGCATTCCAA CCTGTTCCCA ATCAGTTTTG CACCGTTGTT 
TTTCCTGATG CTAAGGACCA AATTGTTAAT TTACTGCTGC AGTACGGTAG AAGTGAACCA 
ACAACGGAAG CAAGATGTGT TGCTTTATCC AGTCTTGGAG TTTTTCTGTA TCAAAAACTC 
TCGGAAGGCA ACAACCATCC TGAAATCAGA AATGCCTTAG ATGTATTACT GCATTCCTTA 
AATTCTAAAG AAGATACCGT AGCCCATATT GCCTGTGATG TCATATTACT TCTCTGTGAT 
CATGCCTCAA CATTCCATCC AGCCATCCCT CCTGTGATTG TTCAGGCTGT GGCAAGCACC 
CTGGCCAGTC TAGGAGGAGG CCGAACAAAA TTAGCCGCAG CATTGGTATT TTGTCTAGGA 
GAATGGACCA TGCATTTATC CGGGCTTGCT CCTCCTTTAC TTGAAGCCAT TTTCAAAGTC 
CTCACCAACA TTGTTCTGGA ATCGCCAAAT CATCTGAACA ATTCTGCACA TATTGCTGCT 
AAAATGGTCA TCGGACATTT AGTAAATCAG TTGGGTCACT TTCCAATGGC AGGCGACCGG 
CTATGCTCAC AGGTGAGCGA GCAAGATGAT GTTCCTGGTC TCACAGGAGT TAATCAAATC 
CTTGATGCTT TAAACATTCA ACTGTTTGTC ACCAATTCAG CTCACACTGT TTCCTTCATA 
GAATTACCCC CACTGGAAGT CCCCGGCGGT GGTCCCACTG CAGATCTGAT CACTGCACCA 
GCACAAGTTC GCGTTATTCT TCGTGACCTT AACGGCAAGT CATCTTGGGA TGCATCAGTC 
CTCTACGCGG TTCCGGATTC GATCCAAAGA GTGGTAATCC AACCAAAGTG GCCAACGGAA 
GAGAATACTT TCAGCCTGTG CGCAGTCAAC AATGCACCTC AGCACACTTT GCGCAGCCGA 
CTTCACAATA TTCTGCCGAC TGTTTGTAAT TCCGCTCCCG ATTTGGACAA TCTGAACGAT 
CTGCTTCAAT ACGTTGAGTA TACGAGTCCT GAGTGCGCCA ACGCAACCGA GCCGTTGAAC 
TCGTCGGTTG AGTTGGAGCA AGAAACGATG AGTGCCATCC TGGGCCAGCG GTTCAGTAAC 
CAAGATAAGC TTCACCTCAG TCAGACTGTT CCGGGGGATC TAAGACTGCC CAAGAACGAG 
ACCAATGTCT TTCAGTATTG CCGGCTTTTC GGCTCCCAGC TTGGTTTTGC TTCATCACCT 
CAGAGGGCGA ATTTATTCCT TCTGAGTAGA ACTGAGAAGT TGATCCGTGA GCTGCGAAAT 
TTAGATAATC AAATGTGCAG GGAAACTCAT AAAATTGCTG TGATTTACGT TGGTGATGGG 
CAGGAGAATA AAGATGTCAT TCTGTCGAAT TGTGGTGGGA GTGCTGCGTA CGAGCAATTT 
ATATCACAAC TTGCTTGGGA AGTGCAACTA GACTCACACA CAGGATTTAT GGGCGGTTTG 
CAGCCGAGTC CAAGTACTGC GCCTTACTTT GCGACCTCTT TGACAGAAGC TATTTTTCAT 
GTCGCTACGA GGATGCCAAA CGACACAATT CATAATAAGA CGAGGCATCT AGGAAACGAT 
GAAGTTCACA TTGTTTGGTG CGAACATAGT CGAGATTACA GGCGTTCAGT CATTCCTACG 
GAGTTTTGTG ATGTTCTGAT AGTAATCTAC CCTCTTCCTT ACCATCTGTT TCGTGTAACC 
ATCTCCCGTA AACCTGAGAT TCCACTGTGT GGGCCCCTAT GGGACGAAGC TGTTGTCAGT 
ATGACTGTTT TAGCTGGCCT TATTCGGGCA ACTGCTTTCA GTGCTTCACG TGCTAAACGA 
TCCACGCTGT CATTCTATCA GCATCATTAT GAAGAACGTT GGAGGTCTTT AGAGACAGTA 
CTAAGAAATC ACAAAAATCT CACAACATTC GAAGAATTCT CATCTCAGTT ATTTGCACCA 
AAAACTCCAG CTCAAAATCC TGAGTCTTTC TCCATTCCTT CATCTGAGCA TATTGGGAGA 
TTAAGCAAAG GTCCTGCTCC AGATTTTGTA GACGAGAATC ATACGGTCGG TATCTCTCCC 
CGCCCGATGA AAAAGCTTTC TGTCAGGGTG TCTCTCGATG GCTCTAAGCT GAAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_018896707.1
CDS	607..5583
Translation	MFGKKAHGDIKKSTIKIQDLKKDNATRFKHLRAVIDHGDVKEVKSILETNYSHAYSILYDSFIIAETNLKQRVHKAQKEELEGVLYVLDRILILCPELLSKRWQVHSLTRMLTKLLHPNNSWKLRREAIRYFIIWYQILGENAPDWVHAIFATLIPGFPSPIEGQLGLTALTLTSTSTVFHDSHAEPVTDVEVTPIFPPQSGEKQPDDPMRFFLEALLEYMVTQICRIEWKDKFYRQFKCFTFLLDKFKQYYQPLIFPEFLHTTSVYKPILELPNLRPMSRTDEFVGCRVAVIKWIASFTQPSRPSPFPKNPSESENDAAEQKKSVSSIDDVQGSSTSPMNDIQHCVEIVREVLFGSRENINFMHEVLRQAFLLPFTHAPAIRRSIAVYKEWVQMKPSEMPGFMLEPPATKTDHSEGEDFYRRLRNDSYIGAMQHSNLHIRAGYQKTLQVIMTHAGHLFLQTVSSDYPILLEEQTDACKKVLNIYRYMVMHVHMEQASWEQLLTVLLKLTSLIFSKTPPRKKSDTLAGKLASVIFQTLLVTWIKANLNVVISSSLWDRLLAVLSCLTQWEELIKEWAKTLETLTRVLARHVYQLDLSDLPLDRPSEHRARRHRRPPSPTRRNVNNTLQNPSSVSDNHSIDGSPANTTKEVIESRPANLSRSVSDSNLLLLLQNQDNMPKSTNQKLWRASSLDSFKVKKNGGTRTSRSPSPAPSNGLESNSPVQIDVLATDNVPSDSGGGRSVMSGGSLRGWLPDVASVLWRRMLGVLGDINQLKDPALHSLVFQQLVNLCNTLEKIRKNQGLAADTPANAASTPPPDLTIIAPWCFQALNLPETYRQGQVKAYKLLCLMTFSIPSSSLPPLHLASFYKVLHQALTASDRSIVNTVISEMGPRILSRQPPGFTLLLLDLIFAADRVLSSADIRTAPRTEAMSILGSLLSLPDSLFKLRAFQPVPNQFCTVVFPDAKDQIVNLLLQYGRSEPTTEARCVALSSLGVFLYQKLSEGNNHPEIRNALDVLLHSLNSKEDTVAHIACDVILLLCDHASTFHPAIPPVIVQAVASTLASLGGGRTKLAAALVFCLGEWTMHLSGLAPPLLEAIFKVLTNIVLESPNHLNNSAHIAAKMVIGHLVNQLGHFPMAGDRLCSQVSEQDDVPGLTGVNQILDALNIQLFVTNSAHTVSFIELPPLEVPGGGPTADLITAPAQVRVILRDLNGKSSWDASVLYAVPDSIQRVVIQPKWPTEENTFSLCAVNNAPQHTLRSRLHNILPTVCNSAPDLDNLNDLLQYVEYTSPECANATEPLNSSVELEQETMSAILGQRFSNQDKLHLSQTVPGDLRLPKNETNVFQYCRLFGSQLGFASSPQRANLFLLSRTEKLIRELRNLDNQMCRETHKIAVIYVGDGQENKDVILSNCGGSAAYEQFISQLAWEVQLDSHTGFMGGLQPSPSTAPYFATSLTEAIFHVATRMPNDTIHNKTRHLGNDEVHIVWCEHSRDYRRSVIPTEFCDVLIVIYPLPYHLFRVTISRKPEIPLCGPLWDEAVVSMTVLAGLIRATAFSASRAKRSTLSFYQHHYEERWRSLETVLRNHKNLTTFEEFSSQLFAPKTPAQNPESFSIPSSEHIGRLSKGPAPDFVDENHTVGISPRPMKKLSVRVSLDGSKLK

Target ORF information:

RefSeq Version	XM_019041162.1
Organism	Bemisia tabaci
Definition	Bemisia tabaci ral GTPase-activating protein subunit alpha-1 (LOC109030277), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_019041162.1

ORF Insert Sequence:

ATGTTCGGGA AAAAAGCACA TGGTGACATC AAGAAGTCTA CAATCAAAAT ACAAGACTTG 
AAGAAGGACA ACGCCACTCG TTTTAAGCAT CTTCGAGCCG TCATAGATCA TGGTGATGTG 
AAGGAAGTTA AGTCTATTCT AGAGACAAAC TACAGCCATG CTTATTCCAT CCTGTATGAT 
AGTTTCATCA TTGCCGAGAC TAACTTAAAA CAAAGAGTTC ACAAAGCTCA GAAAGAGGAA 
TTAGAAGGAG TCCTGTATGT GTTAGATAGG ATTTTAATCT TGTGTCCTGA ACTACTATCA 
AAAAGATGGC AAGTTCACAG TCTGACTCGA ATGTTGACCA AATTGCTTCA TCCCAACAAT 
TCTTGGAAGC TGAGACGAGA AGCTATCCGG TATTTTATCA TCTGGTATCA AATTCTGGGA 
GAAAATGCAC CAGATTGGGT CCATGCTATT TTCGCAACAT TGATACCCGG CTTTCCGAGT 
CCAATCGAAG GTCAACTCGG CTTGACTGCT CTCACTTTAA CATCCACTTC AACTGTTTTC 
CATGACTCCC ATGCAGAGCC TGTCACAGAT GTTGAGGTGA CACCAATTTT TCCCCCCCAA 
AGTGGAGAGA AACAACCAGA TGATCCGATG CGATTTTTCC TAGAGGCTCT ACTCGAATAT 
ATGGTTACTC AGATCTGCCG AATAGAATGG AAAGACAAAT TCTACCGCCA GTTCAAATGC 
TTCACATTTC TTCTTGATAA ATTTAAGCAG TATTATCAAC CTTTAATTTT TCCAGAATTC 
CTTCACACCA CCAGTGTTTA CAAACCAATT CTTGAGCTAC CCAACTTGCG ACCCATGAGC 
CGGACAGATG AATTTGTCGG ATGTCGAGTA GCAGTCATAA AGTGGATTGC CAGCTTTACA 
CAACCGTCGC GACCTTCACC TTTTCCAAAA AATCCTAGTG AGAGCGAAAA TGATGCTGCA 
GAACAGAAAA AGTCCGTATC CTCAATTGAT GACGTTCAAG GATCTTCTAC ATCACCAATG 
AATGATATCC AACATTGTGT GGAAATTGTA CGAGAAGTTC TGTTCGGGTC CCGAGAAAAC 
ATCAATTTTA TGCATGAAGT ACTGAGGCAA GCCTTCCTCC TTCCATTCAC TCATGCTCCA 
GCTATCCGGC GTTCGATAGC GGTCTACAAA GAATGGGTGC AGATGAAACC TAGCGAGATG 
CCTGGATTCA TGTTGGAGCC ACCGGCTACA AAAACTGATC ATTCTGAGGG AGAAGATTTT 
TACCGAAGGC TTCGAAATGA CTCCTACATT GGTGCCATGC AACATTCAAA CTTACACATT 
CGAGCAGGAT ATCAGAAAAC CCTACAAGTT ATAATGACAC ATGCTGGTCA TCTTTTTCTA 
CAAACCGTTT CATCAGATTA CCCAATCCTG CTTGAAGAAC AGACTGACGC CTGCAAAAAA 
GTCTTAAACA TCTATCGGTA TATGGTTATG CATGTTCATA TGGAACAAGC TAGCTGGGAG 
CAGTTGTTAA CAGTTCTGTT AAAATTGACC TCTCTCATAT TTTCCAAAAC ACCACCTCGG 
AAAAAAAGTG ATACATTAGC TGGAAAGTTA GCATCAGTCA TTTTTCAGAC TTTATTAGTG 
ACCTGGATTA AAGCAAACTT GAATGTGGTC ATTTCAAGCT CTCTTTGGGA CAGATTACTG 
GCAGTATTAT CCTGTCTAAC CCAGTGGGAA GAACTCATCA AAGAGTGGGC TAAAACCTTG 
GAAACACTCA CCAGAGTTCT GGCGAGGCAT GTTTATCAGT TAGACTTAAG TGACCTTCCT 
TTAGATAGAC CGTCGGAACA TAGGGCTCGA CGACATCGCA GACCACCTTC TCCCACAAGG 
AGGAATGTGA ATAATACTCT TCAGAACCCT TCTTCAGTCA GTGATAATCA TAGCATAGAT 
GGAAGTCCCG CCAACACAAC CAAAGAAGTA ATCGAATCCA GGCCAGCCAA TCTAAGTCGC 
TCTGTTAGTG ATAGTAATTT ACTTTTGTTA TTACAAAATC AAGACAACAT GCCAAAGAGC 
ACAAATCAAA AACTATGGAG AGCTTCATCT TTAGATTCAT TTAAAGTTAA GAAAAATGGA 
GGAACTAGAA CTTCAAGGTC TCCCTCTCCC GCACCTTCGA ATGGTCTAGA AAGTAACTCT 
CCAGTACAAA TAGATGTTCT AGCAACTGAT AATGTGCCGT CAGATTCTGG TGGTGGTCGC 
TCTGTCATGT CCGGTGGTTC GTTGCGAGGT TGGCTTCCGG ATGTCGCAAG TGTACTATGG 
CGGCGTATGT TAGGCGTCCT GGGTGATATC AATCAGCTGA AGGATCCAGC TCTCCACAGC 
CTTGTGTTTC AGCAATTAGT CAATTTATGC AACACTCTTG AGAAGATAAG AAAAAATCAA 
GGTCTTGCAG CTGACACTCC AGCCAATGCA GCCTCAACTC CCCCACCAGA TCTCACTATT 
ATAGCTCCTT GGTGCTTCCA GGCTTTGAAC CTTCCTGAAA CGTATCGGCA AGGCCAAGTG 
AAAGCATATA AATTGTTATG TTTAATGACT TTTTCCATTC CGTCCTCATC ATTGCCACCT 
CTCCATTTGG CTAGTTTTTA CAAAGTTCTT CATCAAGCCC TCACTGCTTC GGATAGGAGT 
ATCGTAAATA CTGTTATAAG TGAGATGGGT CCACGAATTC TGTCGCGGCA ACCTCCTGGT 
TTCACCCTCC TCCTCTTGGA TTTAATTTTT GCAGCAGATC GAGTTCTATC TAGTGCGGAT 
ATCAGGACTG CACCAAGAAC GGAAGCTATG TCAATTTTAG GCTCTCTCTT GAGCCTCCCT 
GACTCCCTTT TCAAGTTACG AGCATTCCAA CCTGTTCCCA ATCAGTTTTG CACCGTTGTT 
TTTCCTGATG CTAAGGACCA AATTGTTAAT TTACTGCTGC AGTACGGTAG AAGTGAACCA 
ACAACGGAAG CAAGATGTGT TGCTTTATCC AGTCTTGGAG TTTTTCTGTA TCAAAAACTC 
TCGGAAGGCA ACAACCATCC TGAAATCAGA AATGCCTTAG ATGTATTACT GCATTCCTTA 
AATTCTAAAG AAGATACCGT AGCCCATATT GCCTGTGATG TCATATTACT TCTCTGTGAT 
CATGCCTCAA CATTCCATCC AGCCATCCCT CCTGTGATTG TTCAGGCTGT GGCAAGCACC 
CTGGCCAGTC TAGGAGGAGG CCGAACAAAA TTAGCCGCAG CATTGGTATT TTGTCTAGGA 
GAATGGACCA TGCATTTATC CGGGCTTGCT CCTCCTTTAC TTGAAGCCAT TTTCAAAGTC 
CTCACCAACA TTGTTCTGGA ATCGCCAAAT CATCTGAACA ATTCTGCACA TATTGCTGCT 
AAAATGGTCA TCGGACATTT AGTAAATCAG TTGGGTCACT TTCCAATGGC AGGCGACCGG 
CTATGCTCAC AGGTGAGCGA GCAAGATGAT GTTCCTGGTC TCACAGGAGT TAATCAAATC 
CTTGATGCTT TAAACATTCA ACTGTTTGTC ACCAATTCAG CTCACACTGT TTCCTTCATA 
GAATTACCCC CACTGGAAGT CCCCGGCGGT GGTCCCACTG CAGATCTGAT CACTGCACCA 
GCACAAGTTC GCGTTATTCT TCGTGACCTT AACGGCAAGT CATCTTGGGA TGCATCAGTC 
CTCTACGCGG TTCCGGATTC GATCCAAAGA GTGGTAATCC AACCAAAGTG GCCAACGGAA 
GAGAATACTT TCAGCCTGTG CGCAGTCAAC AATGCACCTC AGCACACTTT GCGCAGCCGA 
CTTCACAATA TTCTGCCGAC TGTTTGTAAT TCCGCTCCCG ATTTGGACAA TCTGAACGAT 
CTGCTTCAAT ACGTTGAGTA TACGAGTCCT GAGTGCGCCA ACGCAACCGA GCCGTTGAAC 
TCGTCGGTTG AGTTGGAGCA AGAAACGATG AGTGCCATCC TGGGCCAGCG GTTCAGTAAC 
CAAGATAAGC TTCACCTCAG TCAGACTGTT CCGGGGGATC TAAGACTGCC CAAGAACGAG 
ACCAATGTCT TTCAGTATTG CCGGCTTTTC GGCTCCCAGC TTGGTTTTGC TTCATCACCT 
CAGAGGGCGA ATTTATTCCT TCTGAGTAGA ACTGAGAAGT TGATCCGTGA GCTGCGAAAT 
TTAGATAATC AAATGTGCAG GGAAACTCAT AAAATTGCTG TGATTTACGT TGGTGATGGG 
CAGGAGAATA AAGATGTCAT TCTGTCGAAT TGTGGTGGGA GTGCTGCGTA CGAGCAATTT 
ATATCACAAC TTGCTTGGGA AGTGCAACTA GACTCACACA CAGGATTTAT GGGCGGTTTG 
CAGCCGAGTC CAAGTACTGC GCCTTACTTT GCGACCTCTT TGACAGAAGC TATTTTTCAT 
GTCGCTACGA GGATGCCAAA CGACACAATT CATAATAAGA CGAGGCATCT AGGAAACGAT 
GAAGTTCACA TTGTTTGGTG CGAACATAGT CGAGATTACA GGCGTTCAGT CATTCCTACG 
GAGTTTTGTG ATGTTCTGAT AGTAATCTAC CCTCTTCCTT ACCATCTGTT TCGTGTAACC 
ATCTCCCGTA AACCTGAGAT TCCACTGTGT GGGCCCCTAT GGGACGAAGC TGTTGTCAGT 
ATGACTGTTT TAGCTGGCCT TATTCGGGCA ACTGCTTTCA GTGCTTCACG TGCTAAACGA 
TCCACGCTGT CATTCTATCA GCATCATTAT GAAGAACGTT GGAGGTCTTT AGAGACAGTA 
CTAAGAAATC ACAAAAATCT CACAACATTC GAAGAATTCT CATCTCAGTT ATTTGCACCA 
AAAACTCCAG CTCAAAATCC TGAGTCTTTC TCCATTCCTT CATCTGAGCA TATTGGGAGA 
TTAAGCAAAG GTCCTGCTCC AGATTTTGTA GACGAGAATC ATACGGTCGG TATCTCTCCC 
CGCCCGATGA AAAAGCTTTC TGTCAGGGTG TCTCTCGATG GCTCTAAGCT GAAATGA